SoundTube IPD-CM52S-BGM-II-WH 5.25" IP-Addressable, Dante-Enabled In-Ceiling Speaker with Short Can and Seamless Magnetic White Grille

Provide reliable, networked audio for paging, background music and security monitoring in spaces with limited plenum depth. The SoundTube IPD-CM52S-BGM-II in-ceiling speaker is a Dante-enabled, IP-addressable pro speaker engineered for fast installs and consistent coverage. With PoE/PoE+ power and low-latency digital audio over a single category cable, you get streamlined wiring and centralized control for multi-zone systems. The shallow 3.5" backcan accommodates tight ceiling cavities while the seamless magnetic white grille offers a clean, unobtrusive look for retail, hospitality and corporate environments.

Acoustically, a 5.25" polypropylene woofer and 0.75" silk dome tweeter deliver clear voice reproduction and music fidelity down to 65 Hz and up to 22 kHz, driven at 20 W RMS—ideal for intelligible paging, background ambiance and audio monitoring for security or surveillance applications. IP addressing and STNet software enable easy zoning, firmware updates and remote diagnostics. Installers benefit from SpeedWing mounting, a color-coded tile bridge and included conduit clamp. Specify the IPD-CM52S-BGM-II for pro AV, security paging or monitoring projects—contact sales or add to your next system design.

• Networked Dante + PoE/PoE+ playback for low-latency, centralized audio control and simplified installation
• Shallow 3.5" backcan and seamless magnetic white grille for fast installs in tight plenum ceilings and a discreet, professional finish
• 5.25" woofer with 0.75" silk dome tweeter delivers clear voice intelligibility and balanced music down to 65 Hz—ideal for paging and background music
• IP-addressable with STNet compatibility and software zoning for remote monitoring, configuration and integration with security or surveillance systems
• SpeedWing mounting, included tile bridge and conduit clamp reduce install time; backed by a 5-year limited warranty for long-term reliability